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#pragma once
#include "unit_reduction.h"
namespace kel {
template<typename UnitType, int64_t Exponent>
struct unit_component {};
template<typename StorageT, typename... T>
class unit;
template<typename StorageT, typename... UnitTypes, int64_t... Exponents>
class unit<StorageT, unit_component<UnitTypes, Exponents>...> {
public:
using value_type = StorageT;
unit() = default;
unit(const unit<StorageT,unit_component<UnitTypes, Exponents>...>&) = default;
unit(unit<StorageT,unit_component<UnitTypes,Exponents>...>&&) = default;
unit<StorageT,unit_component<UnitTypes,Exponents>...>& operator=(const unit<StorageT,unit_component<UnitTypes,Exponents>...>&) = default;
unit<StorageT,unit_component<UnitTypes,Exponents>...>& operator=(unit<StorageT,unit_component<UnitTypes,Exponents>...>&&) = default;
unit(const value_type&);
unit(value_type&&);
unit<StorageT,unit_component<UnitTypes,Exponents>...>& operator=(const value_type&);
unit<StorageT,unit_component<UnitTypes,Exponents>...>& operator=(value_type&&);
unit<StorageT,unit_component<UnitTypes,Exponents>...> operator+(const unit<StorageT,unit_component<UnitTypes,Exponents>...>& rhs);
unit<StorageT,unit_component<UnitTypes,Exponents>...> operator-(const unit<StorageT,unit_component<UnitTypes,Exponents>...>& rhs);
template<typename... Trhs>
typename unit_multiplication<unit<StorageT,unit_component<UnitTypes,Exponents>...>, unit<StorageT,Trhs...>>::type operator*(const unit<StorageT, Trhs...>& rhs);
template<typename... Trhs>
typename unit_multiplication<unit<StorageT, unit_component<UnitTypes,Exponents>...>, typename unit_invert<StorageT,Trhs...>::type>::type operator/(const unit<StorageT, Trhs...>& rhs);
value_type data() const;
private:
value_type value;
};
template<typename S>
using scalar = unit<S>;
}
#include "unit.tmpl.h"
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